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Main Types of Electric Lifting Equipment

By H-Lift December 28th, 2025 191 views

Electric Lifting Equipment refers to powered devices that use electric motors to lift, lower, or move loads safely and efficiently. Essential for reducing manual labor and increasing precision, these tools are widely used in construction, manufacturing, warehousing, shipyards, and maintenance work.

1. Electric Hoists

Used for vertical lifting; can be mounted on fixed points or trolleys.

Electric Chain Hoist
  • Lifting Medium: Alloy steel chain
  • Capacities: 0.25 – 50 ton
  • Advantages: Compact, precise control, high safety
  • Typical Use: Workshops, factories, assembly lines
Electric Wire Rope Hoist
  • Lifting Medium: Steel wire rope
  • Capacities: 1 – 100+ ton
  • Advantages: High lifting height, heavy-duty cycles, smooth operation
  • Typical Use: Steel plants, warehouses, overhead cranes

2. Electric Winches

Designed mainly for pulling or horizontal lifting (can lift vertically with proper braking).

Features & Applications
  • Light / Medium / Heavy-duty variants
  • Drum or planetary gear types
  • Construction sites
  • Shipyards & offshore
  • Vehicle recovery & Material handling

3. Electric Trolleys

Used to move hoists horizontally along beams.

Electric Trolley
  • Straight travel along I-beam or H-beam
  • Commonly paired with standard electric hoists

4. Electric Overhead & Gantry Cranes

Complete lifting systems integrating hoists, trolleys, and structures.

  • Single girder crane
  • Double girder crane
  • Gantry crane
  • Jib crane

5. Electric Accessories

Supporting equipment for control and safety.

  • Electric load limiters
  • Remote control systems / Pendants
  • Power supply systems (festoon / conductor rail)
  • Brake motors
✅ Typical Selection Criteria
  • Load and Duty: Determine maximum WLL, required lifting height, and duty cycle (occasional vs continuous). Choose capacity above maximum load to account for dynamic effects.
  • Power and Control: Decide on power supply (single/three-phase AC, DC) and control type (pendant, remote, VFD for speed control). Precision tasks often require inverter-controlled motors.
  • Integration: Check hook type, suspension (top hook, lug, trolley), and compatibility with existing beams and below-the-hook gear.
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